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Open image in new window Fig. 6 XRD pattern of composite thin films with respect to substrate temperature.
There is no additional impurity peak in X-ray diffraction spectrum which indicates that the prepared nanorods are well-crystalline composite of Ag, Ag2O3, and ZnO. Figure 3 Typical XRD pattern of composite nanorods.
Open image in new window Fig. 3 XRD pattern of composite thin films prepared at the substrate temperature of 340 K with respect to the source temperature of PbTe.
Next, temperature dependence of the substrate is investigated for NaCl-I to clarify whether a slight inclusion of Te modifies low temperature stability in the crystalline state of PbSe. Figure 6a depicts the XRD pattern of composite thin films with respect to substrate temperature.
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Absence of diffraction peaks in XRD pattern of composites containing up to 14 wt% oligomer-MMT is indicative of the disruption of ordered platelets to a delaminated dispersion.
Figure 2 XRD patterns of composite fibers calcined in air then preserved heat in different atmospheres.
Figure 2 shows the XRD patterns of composite fibers calcined at different temperatures (500°C, 550°C, 600°C, and 650°C).
However, in the XRD patterns of composite made from tungsten and copper, there are only peaks related to these two elements, which show that no compound between these two elements has been formed.
However, supporting expression of semantic events, expression of logical and temporal patterns of composite events, and how to manage and route composite events and subscriptions still need further research.
This might allow us to analyze complex patterns of composite variable interactions and multivariate dependencies.
Therefore, the XRD patterns of composites suggest a successful incorporation of nano-ZnO in composites.
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